BYTE* pbyGetFilterConfig(BYTE* pbyTrgBuffer,
CModuleFilterArray* pouModuleFilterArray,
const SFILTERAPPLIED_CAN* SrcFilter)
{
BYTE* pbyTemp = pbyTrgBuffer;
USHORT ushFilterCount = 0;
if (pouModuleFilterArray != NULL && (SrcFilter != NULL))
{
ushFilterCount = (USHORT)pouModuleFilterArray->GetSize();
}
SFILTERAPPLIED_CAN sFilterApplied;
sFilterApplied.vClear();
sFilterApplied.m_bEnabled = TRUE;
sFilterApplied.m_ushTotal = ushFilterCount;
sFilterApplied.m_psFilters = new SFILTERSET[sFilterApplied.m_ushTotal];
for (INT i = 0; i < ushFilterCount; i++)
{
//update filter applied
SMODULEFILTER sModuleFilter = pouModuleFilterArray->GetAt(i);
SFILTERSET* psFilterSet =
SFILTERSET::psGetFilterSetPointer(SrcFilter->m_psFilters,
SrcFilter->m_ushTotal,
sModuleFilter.m_omFilterName);
if (psFilterSet != NULL)
{
sFilterApplied.m_psFilters[i].bClone(*psFilterSet);
}
}
pbyTemp = sFilterApplied.pbGetConfigData(pbyTemp);
sFilterApplied.vClear();
return pbyTemp;
}
static void vPopulateFilterApplied(const SFILTERAPPLIED_CAN* psFilterConfigured, SFILTERAPPLIED_CAN& sFilterApplied, CMainEntryList& SrcList)
{
if ( psFilterConfigured == nullptr )
{
return;
}
const SMAINENTRY& sMainEntry = SrcList.GetHead();
int nCount = sMainEntry.m_odSelEntryList.GetCount();
SFILTERAPPLIED_CAN sTempAppliedFilter;
sTempAppliedFilter.bClone(sFilterApplied);
sFilterApplied.vClear();
sFilterApplied.m_psFilters = new SFILTERSET[nCount];
POSITION pos = sMainEntry.m_odSelEntryList.GetHeadPosition();
while (pos)
{
SSUBENTRY sSubEntry = sMainEntry.m_odSelEntryList.GetNext(pos);
const PSFILTERSET psTemp = SFILTERSET::psGetFilterSetPointer(psFilterConfigured->m_psFilters,
psFilterConfigured->m_ushTotal, sSubEntry.m_omSubEntryName.GetBuffer(MAX_PATH));
if (psTemp != nullptr)
{
sFilterApplied.m_psFilters[sFilterApplied.m_ushTotal].bClone(*psTemp);
sFilterApplied.m_ushTotal++;
}
}
//restore the enable flag for all filters
for(int nAppFilterCnt = 0; nAppFilterCnt < sFilterApplied.m_ushTotal; nAppFilterCnt++)
{
for(int nTempFilCnt = 0; nTempFilCnt < sTempAppliedFilter.m_ushTotal; nTempFilCnt++ )
{
if((&sTempAppliedFilter.m_psFilters[nTempFilCnt]) != nullptr)
{
if(sFilterApplied.m_psFilters[nAppFilterCnt].m_sFilterName.m_acFilterName ==
sTempAppliedFilter.m_psFilters[nTempFilCnt].m_sFilterName.m_acFilterName)
{
((sFilterApplied.m_psFilters)+ nAppFilterCnt) ->m_bEnabled
= ((sTempAppliedFilter.m_psFilters)+ nTempFilCnt) ->m_bEnabled;
}
}
}
}
}
static void vPopulateFilterApplied(const SFILTERAPPLIED_CAN* psFilterConfigured, SFILTERAPPLIED_CAN& sFilterApplied, CMainEntryList& SrcList)
{
const SMAINENTRY& sMainEntry = SrcList.GetHead();
int nCount = (int)sMainEntry.m_odSelEntryList.GetCount();
sFilterApplied.vClear();
sFilterApplied.m_psFilters = new SFILTERSET[nCount];
POSITION pos = sMainEntry.m_odSelEntryList.GetHeadPosition();
while (pos)
{
SSUBENTRY sSubEntry = sMainEntry.m_odSelEntryList.GetNext(pos);
const PSFILTERSET psTemp = SFILTERSET::psGetFilterSetPointer(psFilterConfigured->m_psFilters,
psFilterConfigured->m_ushTotal, sSubEntry.m_omSubEntryName.GetBuffer(MAX_PATH));
ASSERT (psTemp != NULL);
sFilterApplied.m_psFilters[sFilterApplied.m_ushTotal].bClone(*psTemp);
sFilterApplied.m_ushTotal++;
}
}
